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• W2027651572 startingPage "6685" @default.
• W2027651572 abstract "A novel type of stationary phase selectivity classification “triangle” has been developed based on the Snyder–Dolan (S–D) Hydrophobic-Subtraction Model, wherein the apices of a set of four triangles represent the relative contributions of steric hindrance (χS), hydrogen-bonding acidity (χA), hydrogen-bonding basicity (χB), cation-exchange capacity (χC) to selectivity. We found that “effective selectivity” of a stationary phase is mathematically given by the ratio of system dependent interaction coefficients but not their absolute values. Thus by normalizing the S*, A, B and C terms of the S–D model by H, we were able to obtain four parameters which fully define the chromatographic selectivity of the stationary phases. By examining the parameters in groups of three, we can represent all the result in a set of four “selectivity triangles”. The distinctive feature of this approach compared to the S–D phase classification scheme is that it allows the visualization of column selectivity by plotting three-dimensional data in a two-dimensional space. Moreover, it very clearly shows that the RPLC columns thus far characterized cover only a small fraction of separation selectivity space leaving a great deal of room for researchers to develop novel RPC materials. Various applications of these “selectivity triangles” will be discussed in this paper." @default.
• W2027651572 created "2016-06-24" @default.
• W2027651572 creator A5071773009 @default.
• W2027651572 creator A5082263870 @default.
• W2027651572 date "2009-09-01" @default.
• W2027651572 modified "2023-10-16" @default.
• W2027651572 title "A visual approach to stationary phase selectivity classification based on the Snyder–Dolan Hydrophobic-Subtraction Model" @default.
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• W2027651572 cites W1545149030 @default.
• W2027651572 cites W157824002 @default.
• W2027651572 cites W1598954636 @default.
• W2027651572 cites W1970393939 @default.
• W2027651572 cites W1971115280 @default.
• W2027651572 cites W1973606653 @default.
• W2027651572 cites W1975594273 @default.
• W2027651572 cites W1979278830 @default.
• W2027651572 cites W1983645287 @default.
• W2027651572 cites W1985418765 @default.
• W2027651572 cites W1991035511 @default.
• W2027651572 cites W1992152626 @default.
• W2027651572 cites W1992556914 @default.
• W2027651572 cites W1997439427 @default.
• W2027651572 cites W2002674561 @default.
• W2027651572 cites W2002780317 @default.
• W2027651572 cites W2003783052 @default.
• W2027651572 cites W2004367147 @default.
• W2027651572 cites W2004372324 @default.
• W2027651572 cites W2005806579 @default.
• W2027651572 cites W2007121700 @default.
• W2027651572 cites W2008031838 @default.
• W2027651572 cites W2008434006 @default.
• W2027651572 cites W2013676016 @default.
• W2027651572 cites W2020240244 @default.
• W2027651572 cites W2022015963 @default.
• W2027651572 cites W2024559610 @default.
• W2027651572 cites W2025079709 @default.
• W2027651572 cites W2029672236 @default.
• W2027651572 cites W2029895708 @default.
• W2027651572 cites W2031426237 @default.
• W2027651572 cites W2033832088 @default.
• W2027651572 cites W2034356373 @default.
• W2027651572 cites W2034699334 @default.
• W2027651572 cites W2045983991 @default.
• W2027651572 cites W2046654815 @default.
• W2027651572 cites W2047304298 @default.
• W2027651572 cites W2049874463 @default.
• W2027651572 cites W2058606779 @default.
• W2027651572 cites W2060535319 @default.
• W2027651572 cites W2070645973 @default.
• W2027651572 cites W2076266000 @default.
• W2027651572 cites W2076430599 @default.
• W2027651572 cites W2078638801 @default.
• W2027651572 cites W2080526977 @default.
• W2027651572 cites W2080668069 @default.
• W2027651572 cites W2080715603 @default.
• W2027651572 cites W2084900192 @default.
• W2027651572 cites W2085336183 @default.
• W2027651572 cites W2086028855 @default.
• W2027651572 cites W2086381330 @default.
• W2027651572 cites W2088516938 @default.
• W2027651572 cites W2089783309 @default.
• W2027651572 cites W2090817702 @default.
• W2027651572 cites W2094417800 @default.
• W2027651572 cites W2097548092 @default.
• W2027651572 cites W2135920596 @default.
• W2027651572 cites W2184099253 @default.
• W2027651572 cites W2193090403 @default.
• W2027651572 cites W2200305029 @default.
• W2027651572 cites W2211912360 @default.
• W2027651572 cites W2316571606 @default.
• W2027651572 cites W2317825357 @default.
• W2027651572 cites W4249405304 @default.
• W2027651572 cites W4251054345 @default.
• W2027651572 cites W4376848598 @default.
• W2027651572 cites W4376849106 @default.
• W2027651572 cites W49519407 @default.
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• W2027651572 doi "https://doi.org/10.1016/j.chroma.2009.06.048" @default.
• W2027651572 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3195507" @default.
• W2027651572 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19700166" @default.
• W2027651572 hasPublicationYear "2009" @default.
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